Stock code873880
S(B)H Amorphous Alloy Oil-immersed Transformer

The iron core adopts a kind of material with outstanding magnetic conductivity performance, and adopts the internationally advanced ultra-rapid cooling technology. The rapid quenching and solidification production process directly cools the liquid metal at a cooling rate of 106°C/S to form a solid thin strip with a thickness of 0.02-0.04mm to obtain an amorphous alloy structure with the characteristics of short-range order and long-range disorder in the atomic arrangement and combination. A typical amorphous alloy contains 80% iron, and the other components are boron and silicon. It is a soft magnetic material with small magnetization power and no structural defects that prevent the movement of domain walls.

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Intelligent Double-layer Prefabricated Substation
Pre-installed Buried Box Transformer
Product Features

  1. The box edge adopts stainless steel bolts, and the appearance is beautiful.

  2. The transformer connection group adopts Dyn11 to reduce the impact of harmonics on the power grid and improve the power supply quality.

  3. The transformer adopts vacuum oil injection, which can completely eliminate the bubbles in the coil, thereby improving the overall anti-sudden short-circuit ability of the transformer.

  4. The fuel tank adopts a fully sealed fuel tank to isolate the transformer oil from the air and slow down the aging of the transformer oil. The sealing parts adopt molded parts to enhance the sealing reliability of the transformer.

  5. Compared with the S11 transformer of the same capacity, the no-load loss of the SH(B)15-M amorphous alloy core oil-immersed transformer is reduced by about 60%, and the no-load current is reduced by about 60%.

  6. Compared with the S11 transformer of the same capacity, the no-load loss of the SH(B)16-M amorphous alloy core oil-immersed transformer is reduced by about 60%, the no-load current is reduced by about 60%, and the load is reduced by 10%.

  7. The low voltage adopts copper foil winding to make the electric field of the transformer evenly distributed. The inner frame of the low voltage adopts a molded hard paper tube. The high voltage is semi-overlapped with a layer of non-wei glass adhesive tape. The compression pad adopts laminated wood to enhance the mechanical strength of the transformer.

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